void ActionInit( cmdline_t *cmd ) {
/*******************************/
act_grp_t *cur;
int os2_specific;
/**/myassert( cmd != NULL && cmd->action != NULL );
cur = cmd->action;
cmdLine.quiet = cmdLine.action->quiet;
os2_specific = 0;
switch( cur->omf_generator ) {
case OGEN_NULL:
cmd->need_output = 0;
break;
case OGEN_MICROSOFT_OS2:
os2_specific = 1;
/* fall through */
case OGEN_MICROSOFT:
GenMSOmfInit();
cmd->need_output = 1;
break;
case OGEN_PHARLAP:
GenPharInit();
cmd->need_output = 1;
break;
default:
/**/ never_reach();
}
switch( cur->dbg_generator ) {
case DGEN_NULL:
break;
case DGEN_TXT:
Can2TxtInit();
break;
case DGEN_MICROSOFT:
Can2MsInit( 0, os2_specific );
break;
case DGEN_METAWARE:
Can2MsInit( 1, os2_specific );
break;
case DGEN_TURBO:
Can2TDInit();
break;
default:
/**/ never_reach();
}
if( cur->deflib ) {
DefLibInit();
}
switch( cur->dbg_parser ) {
case PARSE_NULL: break;
case PARSE_WATCOM: Wat2CanInit( 0 ); break;
case PARSE_WATCOM_70: Wat2CanInit( 1 ); break;
default:
/**/ never_reach();
}
}
void ActionFini( cmdline_t *cmd ) {
/*******************************/
act_grp_t *cur;
act_grp_t *next;
size_t file_num;
size_t num_files;
/**/myassert( cmd != NULL && cmd->action != NULL );
cur = cmd->action;
switch( cur->dbg_parser ) {
case PARSE_NULL: break;
case PARSE_WATCOM: Wat2CanFini(); break;
case PARSE_WATCOM_70: Wat2CanFini(); break;
default:
/**/ never_reach();
}
if( cur->deflib ) {
DefLibFini();
}
switch( cur->dbg_generator ) {
case DGEN_NULL: break;
case DGEN_TXT: Can2TxtFini(); break;
case DGEN_MICROSOFT: Can2MsFini(); break;
case DGEN_METAWARE: Can2MsFini(); break;
case DGEN_TURBO: Can2TDFini(); break;
default:
/**/ never_reach();
}
switch( cur->omf_generator ) {
case OGEN_NULL: break;
case OGEN_MICROSOFT_OS2:GenMSOmfFini(); break;
case OGEN_MICROSOFT: GenMSOmfFini(); break;
case OGEN_PHARLAP: GenPharFini(); break;
default:
/**/ never_reach();
}
if( cur->output != NULL ) {
MemFree( cur->output );
}
num_files = cur->num_files;
for( file_num = 0; file_num < num_files; ++file_num ) {
MemFree( cur->files[ file_num ] );
}
next = cur->next;
MemFree( cur );
cmd->action = next;
}
STATIC int writeSegdef( obj_rec *objr, pobj_state *state ) {
OBJ_WFILE *out;
int is32;
uint_8 acbp;
uint_8 align;
#if ( _WOMP_OPT & _WOMP_NASM )
obj_offset patch;
#endif
/**/myassert( objr != NULL );
/**/myassert( objr->command == CMD_SEGDEF );
/**/myassert( state != NULL );
/**/myassert( state->pass == POBJ_WRITE_PASS );
out = state->file_out;
#if ( _WOMP_OPT & _WOMP_WATFOR ) == 0
is32 = objr->d.segdef.use_32 != 0;
#else
#ifdef _WOMP_WATFOR_8086
is32 = 0;
#else
is32 = 1;
#endif
#endif
ObjWBegRec( out, is32 ? CMD_SEGD32 : CMD_SEGDEF );
acbp = objr->d.segdef.combine << 2;
if( is32 ) {
acbp |= 1;
}
align = objr->d.segdef.align;
switch( align ) {
case SEGDEF_ALIGN_ABS:
acbp |= ALIGN_ABS << 5;
break;
case SEGDEF_ALIGN_BYTE:
acbp |= ALIGN_BYTE << 5;
break;
case SEGDEF_ALIGN_WORD:
acbp |= ALIGN_WORD << 5;
break;
case SEGDEF_ALIGN_PARA:
acbp |= ALIGN_PARA << 5;
break;
case SEGDEF_ALIGN_PAGE:
acbp |= ALIGN_PAGE << 5;
break;
case SEGDEF_ALIGN_DWORD:
acbp |= ALIGN_DWORD << 5;
break;
case SEGDEF_ALIGN_4KPAGE:
acbp |= ALIGN_PAGE;
#if _WOMP_OPT & _WOMP_EXTRAS
PrtMsg( WRN|MSG_MS386_NO_4KPAGE );
#endif
break;
default:
/**/
never_reach();
}
if( !is32 && objr->d.segdef.seg_length == 0x10000 ) {
acbp |= 0x02; /* BIG bit */ /* FIXME no support for 2**32 */
}
ObjWrite8( out, acbp );
#if ( _WOMP_OPT & _WOMP_WATFOR ) == 0
if( align == SEGDEF_ALIGN_ABS ) {
// absolut segment has frame=word and offset=byte
// it isn't fixupp physical reference
// and don't depend on segment size (16/32bit)
ObjWrite16( out, objr->d.segdef.abs.frame );
ObjWrite8( out, (uint_8)objr->d.segdef.abs.offset );
}
#endif
if( is32 ) {
#if ( _WOMP_OPT & _WOMP_NASM )
patch = ObjWSkip32( out );
#else
ObjWrite32( out, objr->d.segdef.seg_length );
#endif
} else {
#if ( _WOMP_OPT & _WOMP_NASM )
patch = ObjWSkip16( out );
#else
ObjWrite16( out, (uint_16)objr->d.segdef.seg_length );
#endif
}
#if ( _WOMP_OPT & _WOMP_NASM )
/**/myassert( objr->data != NULL );
memcpy( objr->data, &patch, sizeof patch);
#endif
ObjWriteIndex( out, objr->d.segdef.seg_name_idx );
ObjWriteIndex( out, objr->d.segdef.class_name_idx );
#if ( _WOMP_OPT & _WOMP_WATFOR ) == 0
ObjWriteIndex( out, objr->d.segdef.ovl_name_idx );
#if ( _WOMP_OPT & _WOMP_EXTRAS )
if( objr->d.segdef.access_valid ) {
PrtMsg( MSG_MS386_NO_ACCESS );
}
#endif
#else
ObjWriteIndex( out, 1 );
#endif
ObjWEndRec( out );
return( 0 );
}